The main objective of the present work was to review the current knowledge about the
factors that influence the different phases of the natural regeneration of maritime pine (Pinus …

There is growing concern that changing climate and disturbance regimes are and will result
in widespread forest regeneration failure, and thus, there is an increasing need for …

Projections of future wildfire regimes forecast an increased frequency of large high-severity
fires that create very harsh environmental conditions and constitute a challenge to post-fire …

The tree species used in planted forests are highly productive and have an important role in
countries economy but the expansion of these trees into habitats outside plantations is a …

New fire disturbance regimes under accelerating global environmental change can have
unprecedented consequences for ecosystem resilience, lessening ecosystem natural …

Seedling emergence, survival and early growth of the Mediterranean conifer P. pinaster
were studied under closed canopy and open canopy (gaps) cover conditions in a …

Diversification of forests, both in terms of structure and species, has been identified as one of
the main strategies for adapting forests to climate change. Among the different options …

Understanding tree recruitment is needed to forecast future forest distribution. Many studies
have reported the relevant ecological factors that affect recruitment success in trees, but the …

Studying species coexistence is key to understanding the way in which forests will respond
to climate change. We studied the patterns of mixed stands including two main …

Understanding the factors regulating the composition and abundance of natural
regeneration in forest ecosystems is critical to sustainable management worldwide. Using a …